JP2014176288A - Motive power generating device using inertial force as motive power and power generator - Google Patents

Motive power generating device using inertial force as motive power and power generator Download PDF

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Publication number
JP2014176288A
JP2014176288A JP2013074253A JP2013074253A JP2014176288A JP 2014176288 A JP2014176288 A JP 2014176288A JP 2013074253 A JP2013074253 A JP 2013074253A JP 2013074253 A JP2013074253 A JP 2013074253A JP 2014176288 A JP2014176288 A JP 2014176288A
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Prior art keywords
motive power
power
generator
generating device
power generation
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Japanese (ja)
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Takeo Ikeda
武夫 池田
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PROMENADE KK
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PROMENADE KK
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Abstract

PROBLEM TO BE SOLVED: To provide a motive power generating device using an inertial force as motive power and having a compact and simple structure, and a power generator equipped with a generator actuated by motive power generated by the motive power generating device.SOLUTION: A motive power generating device includes: a rotor 1 supported by a post 4; a polygonal rail 2 installed in the rotor 1; a plurality of movable weights 3 which are driven and controlled by a drive device and a control device. A power generator includes: the motive power generating device using a moment of inertia as motive power which is generated by consequently driving the movable weights 3 in accordance with rotation of the rotor 1 along the rail 2; and a generator 5 actuated by motive power generated by the motive power generating device.

Description

この発明は、慣性力を動力とする動力生成装置及び発電装置に関する。  The present invention relates to a power generation device and a power generation device that use inertial force as power.

近年、地球環境に対する配慮から、発電の分野においては、その動力を化石燃料や原子力から、自然エネルギーを利用した風力、太陽光等に移行しようという動きが広がっている。  In recent years, due to consideration for the global environment, in the field of power generation, there has been a movement to shift its power from fossil fuels and nuclear power to wind power and sunlight using natural energy.

特開２００４−１２４９３２号公報JP 2004-124932 A

しかしながら、このような自然エネルギーを利用した発電装置は、その設置場所及び設置空間に多大の制約を受け、尚かつ自然エネルギーの持つ不安定性のため、安定した発電を持続できないという問題を抱えている。
そこでこの発明は、慣性力を動力とする、小型かつ簡素な構造の動力生成装置と、その動力生成装置で生成された動力で作動する発電機と、を備えている発電装置を提供することを目的とする。However, such a power generation device using natural energy has a problem that it cannot sustain stable power generation due to the instability of natural energy, which is greatly restricted by its installation location and installation space. .
Therefore, the present invention provides a power generation device including a power generation device having a small and simple structure that uses inertial force as a power, and a generator that operates with the power generated by the power generation device. Objective.

第一発明は、支柱４によって支えられた回転体１と、該回転体１内に設置した多角形のレール２と、駆動装置及び制御装置により駆動、制御する複数の可動ウエイト３と、を備え、前記回転体１の回転に合わせ、前記可動ウエイト３を、前記レール２に沿って順次駆動させることにより発生する慣性モーメントを動力とする動力生成装置である。
第二発明は、第一発明の動力生成装置と、該動力生成装置によって生成された動力で作動する発電機５と、を備えている発電装置である。1st invention is equipped with the rotary body 1 supported by the support | pillar 4, the polygonal rail 2 installed in this rotary body 1, and the several movable weight 3 driven and controlled by a drive device and a control apparatus. The power generating device uses the moment of inertia generated by sequentially driving the movable weight 3 along the rail 2 in accordance with the rotation of the rotating body 1 as power.
The second invention is a power generation device including the power generation device of the first invention and the generator 5 that operates with the power generated by the power generation device.

第一発明及び第二発明によれば、環境に優しく、設置場所を選ばず、小型かつ簡素な構造で、低コストの、安定した動力の生成及び発電を行なうことができる。  According to the first and second aspects of the invention, it is environmentally friendly and can generate stable power and generate electricity at a low cost with a small and simple structure regardless of the installation location.

また、生成する動力量及び発電量は、回転体１の径、可動ウエイト３の質量、及び可動ウエイト３の移動速度の、各要素の増減により調整が可能である。  The generated power amount and power generation amount can be adjusted by increasing or decreasing each element of the diameter of the rotating body 1, the mass of the movable weight 3, and the moving speed of the movable weight 3.

この発明の実施形態を示す発電装置の概略的な正面説明図である。It is a rough front explanatory view of a power generator showing an embodiment of this invention. 図１の発電装置回転体の３０度回転時の概略的な正面説明図である。It is a rough front explanatory drawing at the time of 30 degree rotation of the electric power generating apparatus rotary body of FIG. 図１の発電装置回転体の６０度回転時の概略的な正面説明図である。It is a rough front explanatory drawing at the time of 60 degree rotation of the electric power generating apparatus rotary body of FIG. 図１の発電装置回転体の９０度回転時の概略的な正面説明図である。FIG. 2 is a schematic front explanatory view when the power generator rotator of FIG. 1 is rotated by 90 degrees. 図１の発電装置回転体の１２０度回転時の概略的な正面説明図である。FIG. 2 is a schematic front explanatory view when the power generator rotator of FIG. 1 is rotated 120 degrees.

この発明の実施形態を、図１〜図５に示す。
支柱４によって支えられた回転体１と、該回転体１内に設置した正三角形のレール２と、駆動装置及び制御装置により駆動、制御する二つの可動ウエイト３と、を備え、前記回転体１の回転に合わせ、前記可動ウエイト３を、前記レール２に沿って順次駆動させることにより発生する慣性モーメントを動力とする動力生成装置によって、発電機５を作動させて発電する発電装置である。An embodiment of the present invention is shown in FIGS.
A rotating body 1 supported by a support column 4, an equilateral triangular rail 2 installed in the rotating body 1, and two movable weights 3 driven and controlled by a driving device and a control device. The generator 5 is operated to generate electric power by a power generating device that uses the moment of inertia generated by sequentially driving the movable weight 3 along the rail 2 in accordance with the rotation of the generator 5.

まず図１は、支柱４によって支えられた、回転体１内に設置した正三角形のレール２の、三角形の頂点二ヶ所に配置した同質量の二つの可動ウエイト３の一つが、前記回転体１の最下点に位置している状態である。  First, in FIG. 1, one of two movable weights 3 of the same mass arranged at two apexes of a triangle of a regular triangular rail 2 installed in a rotating body 1 supported by a support 4 is the rotating body 1. It is in the state which is located in the lowest point.

図２は、回転体１が３０度回転した時に、可動ウエイト３の一つが、正三角形のレール２の斜辺長の１／４の距離を駆動した状態である。  FIG. 2 shows a state in which one of the movable weights 3 is driven a distance of 1/4 of the hypotenuse length of the equilateral triangular rail 2 when the rotating body 1 rotates 30 degrees.

図３は、回転体１が６０度回転した時に、可動ウエイト３の一つが、正三角形のレール２の斜辺長の１／２の距離を駆動した状態である。  FIG. 3 shows a state in which one of the movable weights 3 has driven a distance that is ½ of the hypotenuse length of the regular triangular rail 2 when the rotating body 1 rotates 60 degrees.

図４は、回転体１が９０度回転した時に、可動ウエイト３の一つが、正三角形のレール２の斜辺長の３／４の距離を駆動した状態である。  FIG. 4 shows a state in which one of the movable weights 3 has driven a distance of 3/4 of the hypotenuse length of the equilateral triangular rail 2 when the rotating body 1 rotates 90 degrees.

図５は、回転体１が１２０度回転した時に、可動ウエイト３の一つが、正三角形のレール２の斜辺長の全距離を駆動した状態で、かつ、図１と同じ状態である。  FIG. 5 shows a state in which one of the movable weights 3 drives the entire distance of the hypotenuse length of the equilateral triangle rail 2 when the rotating body 1 rotates 120 degrees, and is the same state as FIG.

この時、反時計廻りの慣性モーメントをＭｇ、可動ウエイト３の一個分の質量をＷ、回転体１の回転軸中心から可動ウエイト３までの水平距離を、それぞれＬ１、Ｌ２とすると
図１、図５の時は、Ｍｇ＝Ｗ×Ｌ１
図２、図３の時は、Ｍｇ＝Ｗ（Ｌ１−Ｌ２） ここでＬ１＞Ｌ２
図４の時は、 Ｍｇ＝Ｗ（Ｌ１＋Ｌ２）
となり、１２０度回転時のどの状態でも、反時計廻りの慣性モーメントを生成し回転体１を回転させ続ける事が可能である。At this time, assuming that the counterclockwise moment of inertia is Mg, the mass of one movable weight 3 is W, and the horizontal distance from the center of the rotating body 1 to the movable weight 3 is L1 and L2, respectively. When 5, Mg = W × L1
2 and 3, Mg = W (L1−L2) where L1> L2
In the case of FIG. 4, Mg = W (L1 + L2)
Thus, it is possible to continue to rotate the rotating body 1 by generating a counterclockwise moment of inertia in any state during 120 ° rotation.

また、仕事量＝質量×移動距離
であるから、回転体１を回転させる仕事量と、可動ウエイト３を駆動させる仕事量の関係は、回転体１の半径をｒとすると
回転体１の質量×２ｒπ÷３＞可動ウエイト３の質量×２ｒｃｏｓ３０
となる。Further, since the work amount = mass × the movement distance, the relationship between the work amount for rotating the rotating body 1 and the work amount for driving the movable weight 3 is expressed as follows: mass of the rotating body 1 × r 2rπ ÷ 3> mass of movable weight 3 × 2rcos30
It becomes.

以上により、生成した回転動力によって発電機５を作動させ、発電を行なうことができる。  As described above, the generator 5 can be operated by the generated rotational power to generate power.

生成する動力量及び発電量は、回転体１の径、可動ウエイト３の質量、及び可動ウエイト３の移動速度の、各要素の増減により調整が可能である。  The generated power amount and power generation amount can be adjusted by increasing or decreasing each element of the diameter of the rotating body 1, the mass of the movable weight 3, and the moving speed of the movable weight 3.

１ 回転体
２ レール
３ 可動ウエイト
４ 支柱
５ 発電機1 Rotating body 2 Rail 3 Movable weight 4 Strut 5 Generator

Claims (2)

支柱によって支えられた回転体と、該回転体内に設置した多角形のレールと、駆動装置及び制御装置により駆動、制御する複数の可動ウエイトと、を備え、前記回転体の回転に合わせ、前記可動ウエイトを、前記レールに沿って、順次駆動させることにより発生する慣性モーメントを動力とすることを特徴とする動力生成装置。  A rotating body supported by a support; a polygonal rail installed in the rotating body; and a plurality of movable weights driven and controlled by a driving device and a control device. A power generation apparatus characterized in that a moment of inertia generated by sequentially driving weights along the rail is used as power. 請求項１に記載の動力生成装置と、該動力生成装置によって生成された動力で作動する発電機と、を備えていることを特徴とする発電装置。  A power generation device comprising: the power generation device according to claim 1; and a generator that operates with power generated by the power generation device.
JP2013074253A 2013-03-12 2013-03-12 Motive power generating device using inertial force as motive power and power generator Pending JP2014176288A (en)

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